Both adults and children have a robot dream, looking for a robot to help office and housework... Or have magic as Doraemon's pocket, you can get anything you want, like the Hornet's brave in the "Transformers" . Or White in the "super corps" that stay adorable and give gentle protection.

In retrospect, people have fantasied and pursuited for robot have more than 3000 years old. The Western Zhou Dynasty, the earliest recorded China wood robot prototype - skilled craftsmen Yanshi with animal skins, wood, resin and the actor. It is also experienced with great inventions large or small that make change to the life during those time, until in 1959 , American Enigberg and Devol made the world's first industrial robot (programmable and coordinates), the history of the robot has been really started. Human always want to manufacture the machines same like human beings which can do all kinds of work instead of people .

第一台工业机器人 The first industrial robot

随着信息技术以及人工智能技术的发展，看看最近的“黑科技”，就会发现我们越来越接近这样的可能。

With the technology development of information and artificial intelligence, and look at the recent "black technology", we will find that we are getting closer to this possibility.

On March 9, 2016, a world famous go-chess game between man-machine and human was unveiled in Korea, the Alfa (AlphaGo) which artificial intelligence system developed by Google was competing with Li Shishi, the world champion of go-chess game and professional p of ku-dan. AlphaGo Win by 4:1 as total score.

The ostonDynamics, which acquired by Google, has developed the world's best rescue robot, Atlas, whose system is more complex than a fighter, and can adapt to both outdoor and indoor environments. Besides walking, pick ing up things, it also could go through the harsh terrain in outdoor, using hand and foot to climb. With the help of artificial intelligence, Atlas can immediately react as climbing up or picking up and other actions.

The driverless car project led by IDL includes four modules: high precision mapping, positioning, perception, intelligent decision-making and control. Driverless cars and buses have been tested in spot. The plan of this project is to test driverless car systems in the next 5 years in spot. IDL started late, but the development momentum is strong, under the government policy support, achieving great progress and is already ahead of other rival enterprises, including of Google driverless cars.

现在无人也能驾驶了！突然想起电影《阿凡达》的一句经典台词 :一切都被颠倒了，仿佛那里才是真实的世界，这里才是梦。

Drive without human is possible! Suddenly remembered a classic line of the movie "Afanda":Everything is backwards now. as if there is the true world, and here is the dream.

In fact, the list above is only one part, not only the hardware flow of driverless car, robot and so on, but also have software flows such as VR, AR, MR, AI, each of the represents innovation is the wisdom of human technology. In addition to the top company's research and development on intelligent machines, our children is also have developed a territory.

9 middle school students play robot which get the FTC (FIRSTTechChallenge) championship!They have developed a relatively intelligent robot that have color recognition system by using 3D printing technology, assembly and programming.

HYY (Chongqing foreign language school) is the captain of the team. After she had interested in computers and robots, in addition to the school time, every weekend she will learn programming and robotics knowledge, and also won the Chinese youth robot contest. Before the game, she got the offer of Georgia Tech University in United states. According to Huang Yayun's words, she was not the top at school, but in the interview, her experience in this field have got a lot of points for her.

在愈来愈人工智能化的今天，一定的接触和认知才会让孩子不落后于人，在未来把握得更多。

In nowadays with more and more increasing artificial intelligence, a certain contact and cognition will let the children not lag behind, and grasp more in the future

那么，在这样的一块领域，我们该选择怎样的方式输入？可以给到孩子些什么呢？

So, in such field, what the way should we choose to input? What can be given to children?

This winter, the robot Christmas theme camp built by gear&pear will take the project learning method, through the design idea, let the children practice by hand to build an intelligent remote control robot which can even play football, take the children enter into the world of robot quickly.

Arduino is a kind of convenient, flexible, easy to use and open source electronic prototype platform, including hardware (various types of Arduino board) and software (Arduino IDE (programming environment)). Not only for engineers to make rapid prototype development, but also for artists, designers, fans and friends who are interested in "interaction". At the same time, and also is our create children's necessary tools.

Arduino, the machine tool for playing football, is a project created by the gear&pear team. By transmitting electronic knowledge and working principle, the children can conceive and realize the idea in five days quickly, and complete the construction of the machine car.

如何做？

How to do it?

本次项目主要从三个部分展开，车体设计、控制系统设计及实现、整体项目制作和测试。

This project is mainly from three parts, car body design, control system design and implementation, the overall project production and testing.

Arduino software and hardware knowledge point learning, Arduino entry, demo, Arduino IDE programming language learning, circuit building and programming, using the controller to control the motor, the mobile phone Bluetooth and Arduino Bluetooth,control LED lights by Bluetooth.

◆整体项目制作和测试 Overall project making and testing

将车体与控制部分组装起来，测试并探索更适合足球比赛的设计。

The car body and the control part are assembled to test and explore the design which is more suitable for the football match.

During the whole process, the children from the part to the whole structure of the output, control system and working principle of the master to the whole project, the completion of the project, from the shallower to the deeper, of course, the request of gear&pear is far more than simple as completing the project , the more important is to let the children use the way of thinking design and innovation. Robot is completed, whether the normal operation can stand the test? Is there a better way to improve? How to design a robot that is more suitable for football match?

On the basis of understanding the structure and working principle of the robot, the program is written according to the task that the robot car needs to complete. The robot will specify the movement according to the instructions entered by the child. Therefore, children have to implement their own ideas through clear procedural steps. The realization of a goal, there are generally a variety of ways and methods, can continue to try, gradually understand, looking for the best solution.

✔Mastering of design thinking--the ability to analyze and solve problems.

In programming, the design may be different, but the program needs to be tested by the child himself. When the behavior of the robot can not achieve the desired effect, the child needs to analyze the reasons, and consider the solution to the problem, and constantly modify, debug and optimize the program, until the desired results. By constantly trying with mistakes, analyzing the causes of errors, and putting forward solutions to the problem.

In the robot car assembly process, need to use mathematics, physics, materials, electronics and other aspects of knowledge, in addition to hands-on assembly, the child also needs to think about how to achieve higher requirements. More suitable for playing football car, baffle, angle how to design? Pursue innovation on the basis of completion.

▌日程安排 The Schedule

（点击查看大图 Click to enlarge）

▌报名须知 The Registration instructions

▷ 建议10-14岁孩子报名

▷ Suggest 10-14 year olds to sign up

▷ 授课语言以英文为主

▷ The teaching language is mainly English

▷ 无需编程基础，需自带笔记本电脑（windows7系统以上或MAC，可提供第三方代租电脑服务）。

▷ Without programming foundation, you need to bring your own laptop (windows7 system above or MAC, we can provide third party rent computer services).

70% refund for cancellation more than 20 days;No refund within 20 days.

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Q&A

Q：为什么项目适合10岁以上的孩子参加？

A：不同年龄阶段孩子接受知识水平和动手能力的强度不同，本次项目涉及到激光切割，3D技术，以及相关硬件知识的学习，适合比较独立的孩子参加。

Q：Why is the project suitable for children over 10 years old age?

A：Children of different ages have different levels of knowledge and hands-on ability, this project involves in laser cutting, 3D technology, and related hardware knowledge learning, suitable for relatively independent children to participate.

A： d on the curriculum content is designed for children, parents do not need to accompany, while parents are not around, children can get rid of the dependence on the parents, exercise self-care ability, but also enhance children's team spirit and mutual aid and cooperation ability, to play their own intrinsic potential.

Q：What is the difference between gear&pear robot theme camp and other robot courses?

A：Now there are many assembly robot by simple splicing parts in market , gear&pear robot theme camp all parts are DIY, increase interest in practical ability and robot education consciousness, besides it is more important for the project to help life and learning, cutting-edge technology and equipment of the new contact operation, such as laser cutting, 3D printing technology, how to control and achieve a deeper to the possibility of exploration of children. The children who Love programming, hardware machinery, will have endless enjoyment in the process.

所有课程内容均为Gear&Pear齿轮梨原创，部分图片源自网络，如需使用请联系合作。

All course content is original by Gear&Pear, part of pictures is from Internet.